Name:Chaojun Yang
Professor; Ph.D supervisor
Address:Room A302-2 School of Mechanical Engineering
Phone:(86)013852910606, (86)511-88780801
Fax:(86)511-88780801
E-mail:yangchaojun@ujs.edu.cn
Education
2003-2013 Ph.D, School of Mechanical Engineering, Jiangsu University,China
1993-1997 Master, School of Mechanical Engineering, Jiangsu University of Science and Technology, China
1983-1987 B.S., Jiangsu Institute of Technology, China
Professional Experience
2014 PH.D Supervisor, Jiangsu University, China
2013-2014 Visiting Scholor, Florida state university, Tallahassee, USA
2006 Professor, Jiangsu University, China
1999-2006 Associate Professor, Jiangsu University, China
1987-1999 Lecturer, Jiangsu University, China
Social academic post
Member, Jiangsu Provincial Mechanical Design teaching research Society, China
Member, East China Mechanical Design teaching research Society, China
Research interests
1.Magnetic transmission and magneto-rheological technology;
2.Tribology and modification technology;
3.Mechanical products virtual simulation technology;
4.Laser processing technology.
Teaching Courses
Theory and method of machines and mechanisms
Mechanical design
Tribology and lubrication theory
Honors and Awards
[1] 8th place (First level)Jiangsu Province Science and Technology Progress Award (2010)
[2] 3th place (Second level) Science and Technology Progress Award of Chinese Ministry of Education (2010)
[3] 8th place (Second level) Technological Invention Award ofChinese Ministry of Education (2007)
[4]9th place (Second level) Technological Invention Award of Jiangsu province (2006)
[5]10th place (Second level) Science and Technology Progress Award of China National Machinery Industry (2006)
[6] 7th place (Second level)China National Shipbuilding Engineering Academy Science and Technology Award (2010)
[7] 1th place Jiangsu Province Excellence Quality Course Award (2008)
[8] 2th place (First level)Jiangsu Province Teaching Award (2001)
[9] 3th place Jiangsu Province Excellence Series Courses Award (2004)
Main Research Projects
[1] National Natural Science Foundation of China(1th place, No.51075189): Research on Design Theory and Methods of High-performance Field Modulated Asynchronous Magnetic Couplings. 2011-2013.
[2] National Natural Science Foundation of China (1th place, 50575096): Study on Design Method and its Experiment of Untouched Permanent Magnetic Induction Transmission. January 01.2006-December 31, 2008.
[3] Natural Science Foundation of Jiangsu Province of China (1th place, BK20131254):Study on Speed Control Principle and Design Methods of Adjustable-Speed Permanent Magnet Couplings.July, 2013-June, 2016
[4] Project of Colleges and Universities Natural Science Foundation in Jiangsu Province (1th place, 03KJB460018): Study on Transmission Mechanism and Performance of Electromagnetic Induction Magnetic Transmissions.
[5] National Natural Science Foundation of China (2th place, No. 51475214): Research on A Novel Bearingless Induction Motor System Using for Magnetic Flywheel Energy Storage.2015-2018.
[6] Major Transformation Project of Scientific Achievements in Jiangsu Province (1th place in university, BA2009076)
[7] National Natural Science Foundation of China (3th place, No. 50372026): 2004-2005.
[8] National Natural Science Foundation of China (3th place, No. 50475127): 2005-2007.
[9] National Natural Science Foundation of China (9th place, No. 50275068): 2004-2006.
[10] Doctoral Foundation of Ministry of Education (2th place, 200802990004).
[11] Natural Science Foundation of Jiangsu Province of China (3th place, BK2004063): 2004-2007.
[12] Agricultural Science and Technology Support Project of Jiangsu Province (3th place, BE20103939).
[13] Major Project of Colleges and Universities Natural Science Foundation in Jiangsu Province (2th place, 08KJA460002).
[14] The Project supported by the Second Order 333 Engineering of Jiangsu province (3th place)
Main Scientific Publications
[1] Yang Chaojun,Li Quanwen, Ma Hongliang, Wang Jingjing, Jiang Shengfa. Numerical Calculation of the Outer Thickness of Double-solid RotorAsynchronous Permanent Magnetic Coupling by Finite Element Method. International Journal of Materials and Product Technology, Vol. 39, Nos. 3/4, 2010:339-346 .
[2] Yang C.J., Ye Z., Lu J.Z., Jiang Y.F. laser shock forming of SUS304 stainless steel sheet with elliptical spot. International Journal of Advanced Manufacturing Technology, 2011,16-2.
[3] J.Z. L,C.J. Yang, L. Zhang, Y.F. Jiang. Mechanical Properties and Microstructure of the Bionic Non-Smooth Stainless Steel Surface by Laser Multiple Processing. Journal of Bionic Engineering, 2009,vol 6(2): 180–185 .
[4] J.Z. Lu, K.Y. Luo, S.S. Yu, A.X. Feng,C.J. Yang. Simulation, Analysis, and Validation of the Residual Stresses on LY2 Aluminum Alloy by Laser Shock Processing with Elliptical Spot. Materials Science and Technology, 2010, DOI 10.1179/174328409X453181.
[5] Yang Chaojun,Guan Chunsong, Ding Lei, Li Wenshuang. Transmission Characteristics Of Axial Asynchronous Permanent Magnet Couplings. Journal of Mechanical Engineering, Vol.50(1), 2014: 76-84.(In Chinese)
[6] Yang Chaojun,Li Zhiteng, Li Zhibao, Zheng Wu.Numerical Calculation of Driven Torque and Efficiency of aHigh-performance Magnetic Gear, Proceedings of the CSEE . Vol.31(32),2011: 107-114.(In Chinese)
[7] Yang Chaojun,Lu Dan, Hu You, Chen Xiaoping, Ma Ruyu. Magnetic-field Modulation Principle and Transmission Ratio Calculation ofField-modulated Asynchronous Magnetic Coupling. Applied Mechanics and Materials, 2014, Vol.535: 48-52.
[8] Yang Chaojun,Zhou Yuehua, Chen Xiaoping, Kong Lingying, Du Yi. Electromagnetic Properties Analysis of Field-Modulated Asynchronous Magnetic Coupling. Applied Mechanics and Materials, 2014, Vol.535: 192-197.
[9] Zhang Yongkang,Yang Chaojun*,Fu Yonghong, Zhou Jianzhong, Hua Xijun, Ji Nghu. Surface texturing technology by laser honing based on hydrodynamic lubrication. Source: Key Engineering Materials, 2008, Vol. 359-360: 340-343
[10] Chaojun Yang, Hongwei Gu, Jingjing Wang, Ruyu Ma, Zhiteng Li and Shengfa Jiang. Experiment and analysis of squirrel cage asynchronous magnetic coupling. Key Engineering Materials, Vol. 464 (2011) : 28-32.
[11] Zong Jiangang,Yang Chaojun,Guan Chunsong,Tu Yan,Xu Hao. Towing operations on the ultra-deep drilling platform Sevan Driller.Source: Applied Mechanics and Materials, 2011, Vol. 43: 105-109, Advance in Mechatronics Technology .
[12] Zhang Yongkang,Yang Chaojun,Guan Chunsong, Ni Tao, Zhuang Jianjun. No-excess block construction in oil drilling platform Sevan Driller. Key Engineering Materials, 2011, Vol. 464: 537-541 .
[13] Wang Yun,Yang Chaojun,Guan Chunsong,Tu Yan,Wang Zhengang. Towing resistance calculation of the cylindrical drilling platform. Source: Applied Mechanics and Materials, 2011, Vol.43: 142-146, Advance in Mechatronics Technology
[14] Yang Chaojun,Zhou Yuehua, Wang Jingjing．Analysis of the eddy current and transmission characteristics in asynchronous magnetic coupling with double-layer solid rotor. Transactions of the Chinese Society of Agricultural Engineering, 2013, 29(4): 55-62.(In Chinese)
[15] Yang Chaojun, Guan Chunsong, Xu Yanfei, Hu You．Theoretical arithmetic and experimental study on 3D air gap magnetic field for axial asynchronous permanent magnet couplings. Electric Machines and Control,2013,17(1):51-57.(In Chinese)
[16] Yang Chaojun,Zheng Wu, Li Zhibao．Torque calculation ofspeed-adjustable asynchronous disk type of magnetic coupling and its impact factors analysis. Electric Machines and Control,Vol.16(1),2012:85-91．
Patents
[1] Yang Chaojun, Zheng Wu, Li Zhiteng, Jiang Shengfa. Adjustable-speed magnetic induction couplings: China, ZL200910263064.X. March 21, 2012.
[2] Yang Chaojun,Li Zhiteng, Zheng Wu. High-temperature and high-speed magnetic pump with magnetic gear: China, ZL201010149939.6. February 15, 2012.
[3] Yang Chaojun, Jiang Yiyi. High-temperature and high-performance asynchronous magnetic couplings with skewed groove type of rotor: China, ZL200910024449.0. August 10, 2011.
[4] Yang Chaojun,Chen Lan. A shear-valve magneto-rheological fluid damper: China, ZL200910024718.3. May 04, 2011.
[5] Yang Chaojun,Li Zhiteng, Zheng Wu. A concentric magnetic gear modulated by a squirrel cage type magnetic field regulating device: China, ZL201010161362.0. June 20, 2012.
[6] Yang Chaojun,Ni Zhijiang, Jiang Shengfa. Remote auto-control adjustable-speed diskmagnetic coupling: China, ZL201010228656.0. August 15, 2012.
[7] Yang Chaojun, Guan Chunsong, Lu Yugen. An adjustable axial asynchronous magnetic coupling: China, ZL201110219054.3. July 01, 2013
[8] Yang Chaojun,Ding Lei, Guan Chunsong, Li Zhibao, Hu You. An outside embedded magnetic field-intensified stir flocculator and its usage method: China, ZL201110306029.9. July 06, 2013.
[9] Yang Chaojun,Zhou Yuehua, Kong Lingying, Jiang Yiyi.An adjustable-speed asynchronous magnetic couplings with adjustable- radial air gap: China, ZL201210103051.8. July 29, 2013.
[10] Yang Chaojun,Zhang Yongkang, Zhou Jianzhong, Ye Zhen, Feng Aixin, Lu Jinzhong. a method and apparatus of laser shock forming based on the polyurethane rubber mold: China, ZL200910031039.9. April 07, 2013
[11] Yang Chaojun,Guan Chunsong, Jiang Jiakun, Liang Guoming, Zhang Chaoyang, Wang Fei, Zhuang Jianjun, Zhang Yongkang, Wang Zhengang.A method of taking load to enter the water for ocean engineeringdrilling platform: China, ZL201010188223.7. October 17, 2012.
[12] Yang Chaojun,Zheng Wu, Li Zhiteng. The non-contact axial magnetized polycyclic magnetic couplings: China, ZL200920036708.7. December 30, 2009.
[13] Yang Chaojun,Zhou Yuehua. A remote auto-control speed-adjustable magnetic coupling by adjusting radial air-gap: China,ZL201210202259.5. October 29, 2014.
Plan for Overseas Master & Ph. D
One Ph. D
